NASA World Wind

Uses of Class
gov.nasa.worldwind.geom.Angle

Packages that use Angle
gov.nasa.worldwind   
gov.nasa.worldwind.applications.sar   
gov.nasa.worldwind.geom   
gov.nasa.worldwind.geom.coords   
gov.nasa.worldwind.globes   
gov.nasa.worldwind.layers   
gov.nasa.worldwind.layers.rpf   
gov.nasa.worldwind.pick   
gov.nasa.worldwind.render   
gov.nasa.worldwind.util   
gov.nasa.worldwind.view   
 

Uses of Angle in gov.nasa.worldwind
 

Methods in gov.nasa.worldwind that return Angle
 Angle View.getFieldOfView()
          Returns the horizontal field-of-view angle (the angle of visibility), or null if the implementation does not support a field-of-view.
 Angle AnaglyphSceneController.getFocusAngle()
           
 Angle AnaglyphSceneController.getViewMinPitch()
           
 

Methods in gov.nasa.worldwind with parameters of type Angle
 void View.setFieldOfView(Angle fieldOfView)
          Sets the horiziontal field-of-view angle (the angle of visibillity) to the specified fieldOfView.
 void AnaglyphSceneController.setFocusAngle(Angle a)
           
 void AnaglyphSceneController.setViewMinPitch(Angle a)
           
 

Uses of Angle in gov.nasa.worldwind.applications.sar
 

Methods in gov.nasa.worldwind.applications.sar that return Angle
 Angle PlaneModel.getHeading()
           
 

Methods in gov.nasa.worldwind.applications.sar with parameters of type Angle
 void PlaneModel.setHeading(Angle head)
           
 void TerrainProfilePanel.updatePosition(Position position, Angle heading)
           
 

Constructors in gov.nasa.worldwind.applications.sar with parameters of type Angle
SARPosition(Angle latitude, Angle longitude, double elevation)
           
 

Uses of Angle in gov.nasa.worldwind.geom
 

Fields in gov.nasa.worldwind.geom declared as Angle
static Angle Angle.NEG180
          Represents an angle of negative 180 degrees
static Angle Angle.NEG90
          Represents a right angle of negative 90 degrees
static Angle Angle.POS180
          Represents an angle of positive 180 degrees
static Angle Angle.POS360
          Represents an angle of positive 360 degrees
static Angle Angle.POS90
          Represents a right angle of positive 90 degrees
static Angle Angle.ZERO
          Represents an angle of zero degrees
 

Methods in gov.nasa.worldwind.geom that return Angle
static Angle Angle.acos(double cosine)
           
 Angle Angle.add(Angle angle)
          Obtains the sum of these two Angles.
 Angle Angle.addDegrees(double degrees)
           
 Angle Angle.addRadians(double radians)
           
 Angle Vec4.angleBetween3(Vec4 vec4)
           
 Angle Angle.angularDistanceTo(Angle angle)
          Computes the shortest distance between this and angle, as an Angle.
static Angle Angle.asin(double sine)
           
static Angle Angle.atan(double tan)
           
static Angle Angle.average(Angle a, Angle b)
          Obtains the average of three Angles.
static Angle Angle.average(Angle a, Angle b, Angle c)
          Obtains the average of three Angles.
static Angle Vec4.axisAngle(Vec4 v1, Vec4 v2, Vec4[] result)
          Compute the angle and rotation axis required to rotate one vector to align with another.
 Angle Angle.divide(double divisor)
          Divides this Angle by divisor.
 Angle LatLon.ellipsoidalForwardAzimuth(LatLon p1, LatLon p2, double equatorialRadius, double polarRadius)
          Compute the forward azimuth between two positions
static Angle Angle.fromDegrees(double degrees)
          Obtains an Angle from a specified number of degrees.
static Angle Angle.fromDegreesLatitude(double degrees)
           
static Angle Angle.fromDegreesLongitude(double degrees)
           
static Angle Angle.fromRadians(double radians)
          Obtains an Angle from a specified number of radians.
static Angle Angle.fromRadiansLatitude(double radians)
           
static Angle Angle.fromRadiansLongitude(double radians)
           
static Angle Angle.fromXY(double x, double y)
          Obtains an Angle from rectangular coordinates.
 Angle Quaternion.getAngle()
           
 Angle Sector.getDeltaLat()
          Returns the angular difference between the sector's minimum and maximum latitudes: max - min
 Angle Sector.getDeltaLon()
          Returns the angular difference between the sector's minimum and maximum longitudes: max - min.
 Angle PolarPoint.getLatitude()
          Obtains the latitude of this polar point
 Angle LatLon.getLatitude()
          Obtains the latitude of this LatLon.
 Angle Position.getLatitude()
          Obtains the latitude of this position
 Angle PolarPoint.getLongitude()
          Obtains the longitude of this polar point
 Angle LatLon.getLongitude()
          Obtains the longitude of this LatLon.
 Angle Position.getLongitude()
          Obtains the longitude of this position
 Angle Sector.getMaxLatitude()
          Returns the sector's maximum latitude.
 Angle Sector.getMaxLongitude()
          Returns the sector's maximum longitude.
 Angle Sector.getMinLatitude()
          Returns the sector's minimum latitude.
 Angle Sector.getMinLongitude()
          Returns the sector's minimum longitude.
 Angle Quaternion.getRotationX()
           
 Angle Matrix.getRotationX()
           
 Angle Quaternion.getRotationY()
           
 Angle Matrix.getRotationY()
           
 Angle Quaternion.getRotationZ()
           
 Angle Matrix.getRotationZ()
           
static Angle LatLon.greatCircleAzimuth(LatLon p1, LatLon p2)
          Computes the azimuth angle (clockwise from North) that points from the first location to the second location.
static Angle LatLon.greatCircleDistance(LatLon p1, LatLon p2)
          Computes the great circle angular distance between two locations.
static Angle Angle.midAngle(Angle a1, Angle a2)
          Obtains the average of two Angles.
static Angle Angle.mix(double amount, Angle value1, Angle value2)
          Linearly interpolates between two angles.
 Angle Angle.multiply(double multiplier)
          Multiplies this Angle by multiplier.
 Angle Angle.normalizedLatitude()
           
static Angle Angle.normalizedLatitude(Angle unnormalizedAngle)
           
 Angle Angle.normalizedLongitude()
           
static Angle Angle.normalizedLongitude(Angle unnormalizedAngle)
           
static Angle LatLon.rhumbAzimuth(LatLon p1, LatLon p2)
          Computes the azimuth angle (clockwise from North) of a rhumb line (a line of constant heading) between two locations.
static Angle LatLon.rhumbDistance(LatLon p1, LatLon p2)
          Computes the length of the rhumb line between two locations.
 Angle Angle.subtract(Angle angle)
          Obtains the difference of these two Angles.
 Angle Angle.subtractDegrees(double degrees)
           
 Angle Angle.subtractRadians(double radians)
           
 

Methods in gov.nasa.worldwind.geom with parameters of type Angle
 Angle Angle.add(Angle angle)
          Obtains the sum of these two Angles.
 Angle Angle.angularDistanceTo(Angle angle)
          Computes the shortest distance between this and angle, as an Angle.
static Angle Angle.average(Angle a, Angle b)
          Obtains the average of three Angles.
static Angle Angle.average(Angle a, Angle b, Angle c)
          Obtains the average of three Angles.
 int Angle.compareTo(Angle angle)
          Compares this Angle with angle for order.
 boolean Sector.contains(Angle latitude, Angle longitude)
           
static boolean Angle.crossesLongitudeBoundary(Angle angleA, Angle angleB)
           
 double Angle.divide(Angle angle)
          Divides this Angle by another angle.
static Quaternion Quaternion.fromAxisAngle(Angle angle, double axisX, double axisY, double axisZ)
           
static Matrix Matrix.fromAxisAngle(Angle angle, double axisX, double axisY, double axisZ)
           
static Quaternion Quaternion.fromAxisAngle(Angle angle, Vec4 axis)
           
static Matrix Matrix.fromAxisAngle(Angle angle, Vec4 axis)
           
static Quaternion Quaternion.fromLatLon(Angle latitude, Angle longitude)
          Returns a Quaternion created from latitude and longitude rotations.
static Matrix Matrix.fromPerspective(Angle horizontalFieldOfView, double viewportWidth, double viewportHeight, double near, double far)
           
static Frustum Frustum.fromPerspective(Angle horizontalFieldOfView, int viewportWidth, int viewportHeight, double near, double far)
          Creates a Frustum from a horizontal field-of-view, viewport aspect ratio and distance to near and far depth clipping planes.
static Matrix Matrix.fromRotationX(Angle angle)
           
static Quaternion Quaternion.fromRotationXYZ(Angle x, Angle y, Angle z)
          Returns a Quaternion created from three Euler angle rotations.
static Matrix Matrix.fromRotationXYZ(Angle xRotation, Angle yRotation, Angle zRotation)
           
static Matrix Matrix.fromRotationY(Angle angle)
           
static Matrix Matrix.fromRotationZ(Angle angle)
           
static LatLon LatLon.greatCircleEndPosition(LatLon p, Angle greatCircleAzimuth, Angle pathLength)
          Computes the location on a great circle arc with the given starting location, azimuth, and arc distance.
 Sector Sector.intersection(Angle latitude, Angle longitude)
           
static Angle Angle.midAngle(Angle a1, Angle a2)
          Obtains the average of two Angles.
static Angle Angle.mix(double amount, Angle value1, Angle value2)
          Linearly interpolates between two angles.
static Angle Angle.normalizedLatitude(Angle unnormalizedAngle)
           
static Angle Angle.normalizedLongitude(Angle unnormalizedAngle)
           
static LatLon LatLon.rhumbEndPosition(LatLon p, Angle rhumbAzimuth, Angle pathLength)
          Computes the location on a rhumb line with the given starting location, rhumb azimuth, and arc distance along the line.
 Angle Angle.subtract(Angle angle)
          Obtains the difference of these two Angles.
static Vec4 PolarPoint.toCartesian(Angle latitude, Angle longitude, double radius)
          Obtains a cartesian point from a given latitude, longitude and distance from center.
 Sector Sector.union(Angle latitude, Angle longitude)
           
 

Constructors in gov.nasa.worldwind.geom with parameters of type Angle
Angle(Angle angle)
           
LatLon(Angle latitude, Angle longitude)
          Contructs a new LatLon from two angles.
PolarPoint(Angle latitude, Angle longitude, double radius)
          Obtains a PolarPoint from two angles and a radius.
Position(Angle latitude, Angle longitude, double elevation)
           
Sector(Angle minLatitude, Angle maxLatitude, Angle minLongitude, Angle maxLongitude)
          Creates a new Sector and initializes it to the specified angles.
 

Uses of Angle in gov.nasa.worldwind.geom.coords
 

Methods in gov.nasa.worldwind.geom.coords that return Angle
 Angle TMCoord.getCentralMeridian()
           
 Angle UTMCoord.getLatitude()
           
 Angle TMCoord.getLatitude()
           
 Angle MGRSCoord.getLatitude()
           
 Angle UTMCoord.getLongitude()
           
 Angle TMCoord.getLongitude()
           
 Angle MGRSCoord.getLongitude()
           
 Angle TMCoord.getOriginLatitude()
           
 

Methods in gov.nasa.worldwind.geom.coords with parameters of type Angle
static UTMCoord UTMCoord.fromLatLon(Angle latitude, Angle longitude)
          Create a set of UTM coordinates from a pair of latitude and longitude for a WGS84 globe.
static MGRSCoord MGRSCoord.fromLatLon(Angle latitude, Angle longitude)
          Create a WGS84 MGRS coordinate from a pair of latitude and longitude Angle with the maximum precision of five digits (one meter).
static UTMCoord UTMCoord.fromLatLon(Angle latitude, Angle longitude, Globe globe)
          Create a set of UTM coordinates from a pair of latitude and longitude for the given Globe.
static MGRSCoord MGRSCoord.fromLatLon(Angle latitude, Angle longitude, Globe globe)
          Create a MGRS coordinate from a pair of latitude and longitude Angle with the maximum precision of five digits (one meter).
static TMCoord TMCoord.fromLatLon(Angle latitude, Angle longitude, Globe globe, Angle originLatitude, Angle centralMeridian, double falseEasting, double falseNorthing, double scale)
          Create a set of Transverse Mercator coordinates from a pair of latitude and longitude, for the given Globe and projection parameters.
static MGRSCoord MGRSCoord.fromLatLon(Angle latitude, Angle longitude, Globe globe, int precision)
          Create a MGRS coordinate from a pair of latitude and longitude Angle with the given precision or number of digits (1 to 5).
static MGRSCoord MGRSCoord.fromLatLon(Angle latitude, Angle longitude, int precision)
          Create a WGS84 MGRS coordinate from a pair of latitude and longitude Angle with the given precision or number of digits.
static TMCoord TMCoord.fromTM(double easting, double northing, Globe globe, Angle originLatitude, Angle centralMeridian, double falseEasting, double falseNorthing, double scale)
          Create a set of Transverse Mercator coordinates for the given Globe, easting, northing and projection parameters.
 

Constructors in gov.nasa.worldwind.geom.coords with parameters of type Angle
MGRSCoord(Angle latitude, Angle longitude, String MGRSString)
          Create an arbitrary MGRS coordinate from a pair of latitude-longitude Angle and the corresponding MGRS coordinate string.
TMCoord(Angle latitude, Angle longitude, double easting, double northing, Angle originLatitude, Angle centralMeridian, double falseEasting, double falseNorthing, double scale)
          Create an arbitrary set of Transverse Mercator coordinates with the given values.
UTMCoord(Angle latitude, Angle longitude, int zone, char hemisphere, double easting, double northing)
          Create an arbitrary set of UTM coordinates with the given values.
 

Uses of Angle in gov.nasa.worldwind.globes
 

Methods in gov.nasa.worldwind.globes with parameters of type Angle
 Vec4 EllipsoidalGlobe.computePointFromPosition(Angle latitude, Angle longitude, double metersElevation)
           
 Vec4 FlatGlobe.computePointFromPosition(Angle latitude, Angle longitude, double metersElevation)
           
 Vec4 Globe.computePointFromPosition(Angle latitude, Angle longitude, double metersElevation)
           
 Double BasicElevationModel.getBestElevation(Angle latitude, Angle longitude)
           
 Double EllipsoidalGlobe.getBestElevation(Angle latitude, Angle longitude)
           
 Double ElevationModel.getBestElevation(Angle latitude, Angle longitude)
           
 Double FlatGlobe.getBestElevation(Angle latitude, Angle longitude)
           
 Double Globe.getBestElevation(Angle latitude, Angle longitude)
           
 double BasicElevationModel.getElevation(Angle latitude, Angle longitude)
           
 double EllipsoidalGlobe.getElevation(Angle latitude, Angle longitude)
           
 double ElevationModel.getElevation(Angle latitude, Angle longitude)
           
 double FlatGlobe.getElevation(Angle latitude, Angle longitude)
           
 double Globe.getElevation(Angle latitude, Angle longitude)
           
 Double EllipsoidalGlobe.getElevationAtResolution(Angle latitude, Angle longitude, double resolution)
           
 Double FlatGlobe.getElevationAtResolution(Angle latitude, Angle longitude, double resolution)
           
 Double Globe.getElevationAtResolution(Angle latitude, Angle longitude, double resolution)
           
 Double BasicElevationModel.getElevationAtResolution(Angle latitude, Angle longitude, int resolution)
           
 Double ElevationModel.getElevationAtResolution(Angle latitude, Angle longitude, int resolution)
           
 double EllipsoidalGlobe.getRadiusAt(Angle latitude, Angle longitude)
           
 double FlatGlobe.getRadiusAt(Angle latitude, Angle longitude)
           
 double Globe.getRadiusAt(Angle latitude, Angle longitude)
           
 Vec4 SectorGeometryList.getSurfacePoint(Angle latitude, Angle longitude)
           
 Vec4 SectorGeometryList.getSurfacePoint(Angle latitude, Angle longitude, double metersOffset)
           
 Vec4 SectorGeometry.getSurfacePoint(Angle latitude, Angle longitude, double metersOffset)
           
 

Uses of Angle in gov.nasa.worldwind.layers
 

Methods in gov.nasa.worldwind.layers that return Angle
 Angle StarsLayer.getLatitudeOffset()
          Returns the latitude offset or relative tilt for the star sphere.
 Angle StarsLayer.getLongitudeOffset()
          Returns the longitude offset or rotation of the star sphere.
 Angle TerrainProfileLayer.getObjectHeading()
           
 

Methods in gov.nasa.worldwind.layers with parameters of type Angle
 void StarsLayer.setLatitudeOffset(Angle offset)
          Sets the latitude offset or relative tilt of the star sphere.
 void StarsLayer.setLongitudeOffset(Angle offset)
          Sets the longitude offset or rotation of the star sphere.
 void TerrainProfileLayer.setObjectHeading(Angle heading)
           
 

Uses of Angle in gov.nasa.worldwind.layers.rpf
 

Fields in gov.nasa.worldwind.layers.rpf declared as Angle
 Angle RPFFileIndex.IndexProperties.maxLatitude
           
 Angle RPFFileIndex.IndexProperties.maxLongitude
           
 Angle RPFFileIndex.IndexProperties.minLatitude
           
 Angle RPFFileIndex.IndexProperties.minLongitude
           
 

Uses of Angle in gov.nasa.worldwind.pick
 

Constructors in gov.nasa.worldwind.pick with parameters of type Angle
PickedObject(Point pickPoint, int colorCode, Object userObject, Angle lat, Angle lon, double elev, boolean isTerrain)
           
 

Uses of Angle in gov.nasa.worldwind.render
 

Methods in gov.nasa.worldwind.render that return Angle
 Angle SurfaceEllipse.getOrientation()
           
 Angle SurfaceQuad.getOrientation()
           
 

Methods in gov.nasa.worldwind.render with parameters of type Angle
static SurfaceShape SurfaceShape.createEllipse(Globe globe, LatLon center, double majorAxisLength, double minorAxisLength, Angle orientation, int intervals, Color interiorColor, Color borderColor, Dimension textureSize)
           
 Vec4 DrawContext.getPointOnGlobe(Angle latitude, Angle longitude)
           
 Vec4 DrawContextImpl.getPointOnGlobe(Angle latitude, Angle longitude)
           
 void SurfaceEllipse.setOrientation(Angle orientation)
           
 void SurfaceQuad.setOrientation(Angle orientation)
           
 

Constructors in gov.nasa.worldwind.render with parameters of type Angle
SurfaceEllipse(Globe globe, LatLon center, double majorAxisLength, double minorAxisLength, Angle orientation, int intervals)
           
SurfaceEllipse(Globe globe, LatLon center, double majorAxisLength, double minorAxisLength, Angle orientation, int intervals, Color interiorColor, Color borderColor)
           
SurfaceEllipse(Globe globe, LatLon center, double majorAxisLength, double minorAxisLength, Angle orientation, int intervals, Color interiorColor, Color borderColor, Dimension textureSize)
           
SurfaceQuad(Globe globe, LatLon center, double width, double height, Angle orientation)
           
SurfaceQuad(Globe globe, LatLon center, double width, double height, Angle orientation, Color interiorColor, Color borderColor)
           
SurfaceQuad(Globe globe, LatLon center, double width, double height, Angle orientation, Color interiorColor, Color borderColor, Dimension textureSize)
           
 

Uses of Angle in gov.nasa.worldwind.util
 

Methods in gov.nasa.worldwind.util that return Angle
static Angle Tile.computeColumnLongitude(int column, Angle delta)
          Determines the minimum longitude of a column in the global tile grid corresponding to a specified grid interval.
static Angle Tile.computeRowLatitude(int row, Angle delta)
          Determines the minimum latitude of a row in the global tile grid corresponding to a specified grid interval.
 

Methods in gov.nasa.worldwind.util with parameters of type Angle
static int Tile.computeColumn(Angle delta, Angle longitude)
          Computes the column index of a longitude in the global tile grid corresponding to a specified grid interval.
static Angle Tile.computeColumnLongitude(int column, Angle delta)
          Determines the minimum longitude of a column in the global tile grid corresponding to a specified grid interval.
static int Tile.computeRow(Angle delta, Angle latitude)
          Computes the row index of a latitude in the global tile grid corresponding to a specified grid interval.
static Angle Tile.computeRowLatitude(int row, Angle delta)
          Determines the minimum latitude of a row in the global tile grid corresponding to a specified grid interval.
 Sector Level.computeSectorForPosition(Angle latitude, Angle longitude)
           
 Level LevelSet.getLastLevel(Angle latitude, Angle longitude)
           
 

Constructors in gov.nasa.worldwind.util with parameters of type Angle
TileKey(Angle latitude, Angle longitude, Level level)
           
 

Uses of Angle in gov.nasa.worldwind.view
 

Methods in gov.nasa.worldwind.view that return Angle
 Angle OrbitViewCollisionSupport.computePitchToResolveCollision(OrbitView orbitView, double nearDistance, DrawContext dc)
           
 Angle OrbitViewPropertyAccessor.AngleAccessor.getAngle(OrbitView orbitView)
           
 Angle BasicOrbitViewAnimator.AngleAnimator.getBegin()
           
 Angle BasicOrbitViewAnimator.AngleAnimator.getEnd()
           
 Angle BasicOrbitView.getFieldOfView()
           
 Angle BasicOrbitView.getHeading()
           
 Angle OrbitViewModel.ModelCoordinates.getHeading()
           
 Angle OrbitView.getHeading()
           
 Angle BasicOrbitView.getPitch()
           
 Angle OrbitViewModel.ModelCoordinates.getPitch()
           
 Angle OrbitView.getPitch()
           
 Angle BasicOrbitViewAnimator.AngleAnimator.nextAngle(double interpolant, OrbitView orbitView)
           
 

Methods in gov.nasa.worldwind.view with parameters of type Angle
 double ViewSupport.computePixelSizeAtDistance(double distance, Angle fieldOfView, Rectangle viewport)
           
 Matrix OrbitViewModel.computeTransformMatrix(Globe globe, Position center, Angle heading, Angle pitch, double zoom)
           
 Matrix BasicOrbitViewModel.computeTransformMatrix(Globe globe, Position center, Angle heading, Angle pitch, double zoom)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createCenterHeadingPitchIterator(Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, long lengthMillis, boolean smoothed)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createCenterHeadingPitchZoomIterator(Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long lengthMillis, boolean smoothed)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createHeadingIterator(Angle begin, Angle end)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createHeadingIterator(Angle begin, Angle end, long lengthMillis, boolean smoothed)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createHeadingPitchIterator(Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createHeadingPitchIterator(Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, long lengthMillis, boolean smoothed)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createHeadingPitchZoomIterator(Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long lengthMillis, boolean smoothed)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(Globe globe, Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(Globe globe, Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, boolean endCenterOnSurface)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(Globe globe, Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long lengthMillis)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(Globe globe, Position beginCenter, Position endCenter, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long lengthMillis, boolean endCenterOnSurface)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(OrbitView orbitView, Globe globe, Position center, Angle heading, Angle pitch, double zoom)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createPanToIterator(OrbitView orbitView, Globe globe, Position center, Angle heading, Angle pitch, double zoom, boolean endCenterOnSurface)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createPitchIterator(Angle begin, Angle end)
           
static ScheduledOrbitViewStateIterator ScheduledOrbitViewStateIterator.createPitchIterator(Angle begin, Angle end, long lengthMillis, boolean smoothed)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createZoomToIterator(Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createZoomToIterator(Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long lengthMillis)
           
static FlyToOrbitViewStateIterator FlyToOrbitViewStateIterator.createZoomToIterator(OrbitView orbitView, Angle heading, Angle pitch, double zoom)
           
 boolean OrbitViewPropertyAccessor.AngleAccessor.setAngle(OrbitView orbitView, Angle value)
           
 void BasicOrbitView.setFieldOfView(Angle fieldOfView)
           
 void BasicOrbitView.setHeading(Angle heading)
           
 void OrbitView.setHeading(Angle heading)
           
 void BasicOrbitView.setPitch(Angle pitch)
           
 void OrbitView.setPitch(Angle pitch)
           
 

Constructors in gov.nasa.worldwind.view with parameters of type Angle
BasicOrbitViewAnimator.AngleAnimator(Angle begin, Angle end, OrbitViewPropertyAccessor.AngleAccessor propertyAccessor)
           
 


NASA World Wind